Wiring instruction for 1000 watt rms @1 ohm Installation for 1800 watt 'Outcast' 12inch subwoofer(s)

Is the sub dual voice coil?

Check your ground wire it could have dislodged itself and needs to be refacened

need to know the ohms on the amplifiers then might can tell you best solution for system

Hi.

The Jensen XS-1010 is a 450-Watt 10" (450W peak, 150W RMS ) Subwoofer.

Below the full technical specifications:

Tech Specs

Product Type - Car subwoofer driver

Dimensions (WxDxH) / Weight - Car subwoofer driver : 4.7 in Diameter 10.1 in

Dimensions - Diameter - 10.1 in

Enclosure Color - Blue

Localization - English

Speaker Type - Passive

Speaker Diameter - 10"

Nominal (RMS) Output Power - 150 Watt

Max (RMS) Output Power - 450 Watt

Response Bandwidth - 24 - 1000 Hz

Input Impedance - 4 Ohm

Output Level (SPL) - 88 dB

Connectivity Technology - Wired

Speakers Included - Car subwoofer driver - 10" - 150 Watt - 24 - 1000 Hz - 4 Ohm - wired

Driver Details - Car subwoofer driver : 1 x subwoofer driver - 10" - polypropylene - Mid-Q

Diameter - 9 in

Depth - 4.4 in

this bandpass enclosure is rated peak power at 1200 watts . what this means is that each subwoofer in the is peaked at 600watts to make 1200 watts . what your looking for is to power up the subs with rms continuous wattage . you need an amp that will put out 400 to 500 rms a channel to run this sub enclosure at 800 to 1000 watts rms to keep the speaker from blowing


audiopipe apf1801
this amp will give you 1 channel @ 4 ohm x1 350 watts 1 channel @ 2 ohm x1 900 wats 1 channel @ 1 ohm x1 1800 watts you would have extra power for better subs with more power later but you get 900 watts which when connected right would mean 450 watts per sub be perfect for you . i sell this for $320.99 in my store can shipp any where in usa to contact me [email protected]

You need to wire them according to the limitations of your amp you can pull a 1 ohm overall load just by connecting all of your coils in parallel- or you can get an overall load of 4 ohms by wiring each sub individually in a series configuration which will yield a 12 ohm load per sub -and then wire the 3 sets in parallel which will bring your ohms back down to 4. You can do a lot with that many coils it depends on your amp really-ideally a 1 ohm stable class d mono amp that is 1000-1500 watts rms would knock the **** outta those things JL is the good stuff.

if you get the 4ohm you can wire it to run a 2ohm an the kenwood amp will push 900 watts at 2ohms.they say it can push up to 1800 watts,that would be at 1ohm.that kenwood runs 500 at 4ohms an 900 at 2ohm.if you need help wiring the sub or anything else let me know bertman285@hotmail,com Max Power Output 1800W Power Output 4 Ohm [14.4V] 500W x 1 [20-200Hz, 0.5%THD] 2 Ohm [14.4V] 900W x 1 [100Hz, 1.1%THD] Bridged[4 Ohm] -

The VS3507 Is a class D monoblock.
Your optimum wiring for this amplifier is a 2 Ohm load - so it produces its full potential power of 350W RMS.

To Achieve a 2 ohm load, the most common load is one of the following...
(1) Dual 4 Ohm Voicecoil Subwoofer Wired in Parallel.
(2) 4 Ohm Voicecoil Subwoofers wired in Parallel.
(1) Quad 2 Ohm Voicecoil Subwoofer wired in Parallel/Series.
(1) Single 2 Ohm voicecoil subwoofer.

American Pro VS3507 2000W Car Audio Monoblock Amplifier
American Pro VS3507 Monoblock Amplifier Details

• Built-In Crossover
• Variable High/Low Pass Filters
• Phase Shift Control
• Subsonic Filter
• Bass Boost Control
• Dancing Lights at the Rhythm of Music
• Protection Circuits
• Gold Plated Terminals
• Power & Protection Circuit LED
• 1 x 250 Watts RMS @ 4 Ohms
• 1 x 350 Watts RMS @ 2 Ohms Thanks for using FixYa - A FixYa rating is appreciated!!

Amplifier Class AB
Number of Channels 2
RMS Power (4 ohms) 120 watts x 2 channels
RMS Power (2 ohms) 200 watts x 2 channels
RMS Power (1 ohm) Not Stable
Bridged RMS Power 400 watts x 1 channel
Total RMS Power Output 400 watts
Peak Power Output 1000 watts watts x 1 channel
Minimum Impedance Unbridged 2 ohms
Minimum Impedance Bridged 4 ohms
THD at Rated RMS Power 0.1%
Speaker Level Inputs No
Preamp Outputs 1 pair
Built-in Crossover High-pass (HP), Low-pass (LP), Full (AP)
High-Pass Crossover Frequency 40 - 250 Hz
Low-Pass Crossover Frequency 40 - 250 Hz
Subsonic Filter N/A
Signal-to-Noise Ratio N/A
Channel Separation N/A
Bass Boost 0 - 18 dB
Bass/Gain Remote Yes
Fan Cooled Yes
Fuse Rating 20A x 2

well it is getting hot due to the amp drawing and pushing alot of current. try getting lower gage wiring for power to the amp and lower gage speaker wire.